A MATLAB Software for Aeromagnetic Anomaly Forward/Inverse Modeling and Routine Processing

This MATLAB software package enables comprehensive aeromagnetic anomaly forward/inverse modeling and routine data processing operations. The implementation includes core algorithms for magnetic field simulation and inversion techniques, allowing users to analyze terrestrial magnetic field data and conduct advanced geophysical research. Key functionalities include studying magnetic rock formations in the earth's crust, investigating internal geomagnetic field distributions, and analyzing temporal variations in the Earth's magnetic field through specialized computational methods. The software incorporates multiple data processing modules featuring: - Noise reduction algorithms using digital filtering techniques - Data smoothing functions with customizable kernel sizes - Spatial interpolation methods for grid data regularization - Magnetic field transformation and continuation algorithms These processing tools are implemented through optimized MATLAB functions that enhance data quality and facilitate more accurate geological interpretations. The codebase includes graphical user interface (GUI) components for interactive data visualization and parameter adjustment, supporting both batch processing and interactive analysis workflows for aeromagnetic survey data.